- Journal Article2010Why should a grazer browse? Livestock impact on winter resource use by bharal Pseudois nayaur.Oecologia, DOI 10.1007/s00442-009-1467-x.
- Popular Article2010Coffee, conservation, and Rainforest Alliance certification: opportunities for Indian coffeePlanters' Chronicle 106(12): 15 – 26
- Journal Article2010Multi-spatial co-distribution of the endangered Ladakh urial and blue sheep in the arid Trans-Himalayan mountains.Journal of Arid Environments, 74 : 1162–1169.
- Popular Article2010Can we hear the roar again?The Hindu Young World, 3rd August
Jeganathan, P. (2010). Can we hear the roar again? The Hindu Young World, 3rdAugust. http://www.hindu.com/yw/2010/08/03/stories/2010080350240200.htm
- Popular Article2010Lure of the wildFrontline 27(5): 64-73
- Journal Article2010Asian elephant Elephas maximus habitat use and ranging in fragmented rainforest and plantations in the Anamalai hills, IndiaTropical Conservation Science 3: 143–158
- Popular Article2010Need to preserve natural capitalMint, 5 June 2010
- Popular Article2010Nobody’s heroesTimes of India, 31 December 2010
- Journal Article2010Implications of conserving an ecosystem modifier: Increasing green turtle (Chelonia mydas) densities substantially alters seagrass meadowsBiological Conservation 143: 2730-2738
Ecosystem modifiers have the ability to significantly alter the ecosystem they inhabit sometimes with serious consequences for their own populations. We evaluated the ability of green turtles (Chelonia mydas) to modify seagrass ecosystems by their foraging activity. This study was conducted in a seagrass-dominated lagoon in the Lakshadweep Islands, Indian Ocean, where a stable high-density congregation of green turtles is present. We determined a gradient of turtle density in the lagoon and measured the intensity of turtle herbivory across the gradient. We then measured the impact of increasing grazing on seagrass structural parameters, growth and flowering along this gradient. Our results indicate that turtles substantially change seagrass meadow structure (canopy height, shoot length, width and density), reduce flowering and can potentially even cause changes in the species composition of the meadow. We discuss the implications of these results for seagrass ecosystem function, green turtle movement and human attitudes. When conserving ecosystem modifiers like the green turtle, any management strategy needs to include a detailed knowledge of the roles these species play in the ecosystems they inhabit.
- Book Chapter2010Snow leopards: conflict and conservation.Biology and Conservation of Wild Felids, pp. 417-430.
- Book Chapter2010Multiple Use of Trans-Himalayan Rangelands: Reconciling Human Livelihoods withWildlife Conservation.Wild Rangelands: Conserving Wildlife While Maintaining Livestock in Semi-Arid Ecosystem (eds J. T. Toit, R. Kock & J. C. Deutsch), pp. 291-311. Blackwell Publishing.
- Popular Article2010Natural engineering: India's green infrastructureDeccan Herald, Op-ed Panorama page, 15 February 2010Download
PDF, 58.8 KB
- Popular Article2010சிறுத்தையும்நாமும்–யாருக்குயார்எதிரி? (Leopard and Us – who is enemy towhom?)பூவுலகு. பக்கங்கள் 34-37. Poovulagu. September. Pp 34-37.
- Popular Article2010Planet of the antsThe Hindu Magazine, 6 June 2010, page 5.
- Popular Article2010River reverieThe Hindu Magazine, 7 March 2010, page 7.
The river gives us water and power, fish and fertile plains, reeds and recreation. What do we do in return?
Available here: http://www.thehindu.com/features/magazine/river-reverie/article149105.ece
- Journal Article2010From Bathymetry to Bioshields: A review of post-tsunami ecological research in India and its implications for policyEnvironmental Management 46:329-338
More than half a decade has passed since the December 26th 2004 tsunami hit the Indian coast leaving a trail of ecological, economic and human destruction in its wake. We reviewed the coastal ecological research carried out in India in the light of the tsunami. In addition, we also briefly reviewed the ecological research in other tsunami affected countries in Asia namely Sri Lanka, Indonesia, Thailand and Maldives in order to provide a broader perspective of ecological research after tsunami. A basic search in ISI Web of Knowledge using keywords ‘‘tsunami’’ and ‘‘India’’ resulted in 127 peer reviewed journal articles, of which 39 articles were pertaining to ecological sciences. In comparison, Sri Lanka, Indonesia, Thailand and Mal- dives had, respectively, eight, four, 21 and two articles pertaining to ecology. In India, bioshields received the major share of scientific interest (14 out of 39) while only one study (each) was dedicated to corals, seagrasses, sea- weeds and meiofauna, pointing to the paucity of research attention dedicated to these critical ecosystems. We noted that very few interdisciplinary studies looked at linkages between pure/applied sciences and the social sciences in India. In addition, there appears to be little correlation between the limited research that was done and its influence on policy in India. This review points to gap areas in eco- logical research in India and highlights the lessons learnt from research in other tsunami-affected countries. It also provides guidance on the links between science and policy that are required for effective coastal zone management.
- Popular Article2010Monkey Watcher’s DiarySanctuary Asia 30(5):38:41
- Popular Article2010The elephant in your coffeeTimes of India, 25 June 2010
- Popular Article2010Dragonflies and Damselflies-bejeweled aerial predatorsSanctuary Asia. August. Pp 56-59.Download
PDF, 328 KB
Jeganathan, P. (2010). Dragonflies and Damselflies-bejeweled aerial predators. Sanctuary Asia. August. Pp 56-59.
- Journal Article2010Genetic Polymorphism in the Serotonin Transporter Promoter Region and Ecological Success in MacaquesBehaviour Genetics, 40: 672-679Download
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A well-characterised sequence length poly- morphism in the serotonin transporter promoter region (5-HTTLPR) influences individual behavioural traits and cognitive abilities in humans and rhesus macaques. Maca- ques have been classified into four continuous grades on the basis of their behavioural attributes, ranging from highly hierarchical and nepotistic species to the most egalitarian and tolerant ones. A comparative study of several species that spanned these grades revealed only rhesus macaques to be polymorphic at the 5-HTTLPR and concluded that the polymorphism was responsible for their despotic and aggressive behaviour (Wendland et al., Behav Genet 36:163–172, 2006). We studied wild populations of three other species and found that the egalitarian and tolerant bonnet and Arunachal macaques are also polymorphic while liontailed macaques, although belonging to the same group, are monomorphic. We thus reject a role for this particular polymorphism in interspecific behavioural vari- ability and show that polymorphic species enjoy greater ecological success possibly due to their higher infraspecific variability in individual behavioural traits.